Capstone Project
| Group | 2024-15 | Status | inprogress |
| Title | Laser-Based Transmission System with Self-Alignment | ||
| Supervisor | Dr. R. Selmic | ||
| Description | Traditional communication systems are struggling to keep pace with the increasing demand for
high-speed data transmission in various environments. Inter-satellite communication,
autonomous vehicles, industrial settings, remote areas, disaster relief situations, and deep
space missions all require fast and reliable data transfer. Additionally, secure connections are
also important for protecting sensitive data in various industries.
For this capstone project, we will design and develop a prototype laser-based transmission system with self-alignment capabilities, showcasing its potential for high-speed data transfer. The system will be validated through short-distance terrestrial testing, demonstrating its capabilities and versatility for future applications in various fields, including: • High-bitrate data transfer rates • Uninterrupted data transfer between devices, even in dynamic environments • Precise orientation between moving devices through advanced control logic and motorized optics • Robust error correction mechanisms to ensure data integrity This project aims to demonstrate the feasibility and versatility of a laser-based transmission system, highlighting its potential for use in diverse environments and applications. |
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| Student Requirement | This project would explore: • Signal processing (ELEC 242/342, ELEC367) • Optics (ELEC425) • Networking (ELEC/COEN 366, COMP445) • Control systems (ELEC 372, ELEC 481) • Embedded systems / FPGA, (COEN 290, COEN 313/316/317, COEN 421) This project incorporates key concepts and skills from both the computer Engineering (COEN) and Electrical Engineering (ELEC) programs. | ||
| Tools | Test equipment: • Laser Safety Glasses • Laser beam stop/barriers/enclosure • Computers with data generation/reception/measurement Tools: • Arduino IDE • Xilinx FPGA software • 3D printing Hardware: • Microcontrollers/FGPAs • Laser Diodes • Photodiodes • Stepper motors • Batteries/power supply • Connection wires • Camera/Sensors | ||
| Number of Students | 6 | ||
| Students | Andrew Chebli, Michael Hong, Nadim Khalife, Sepehr Mohebbi, Thomas Taddeo, Andrew Wilkes. | ||
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